Ceramic Thermocouple Protection Tubes Factory
Advantage
Ceramic thermocouple protection tubes are widely used for temperature measurement in harsh environments such as high temperature, corrosion, and high pressure. Their main material is 99.3% aluminum oxide, with a hardness second only to diamond (Mohs hardness 9), a density of 3.88-3.92 g/cm³, and a compressive strength of 2300 MPa.
Application
1. Temperature Measurement in High-Temperature Furnaces: Ceramic thermocouple protection tubes can operate stably in high-temperature furnaces and are used to measure the temperature inside such furnaces.
2. Temperature Measurement in Chemical Reactors: Ceramic thermocouple protection tubes have good resistance to chemical corrosion and are used to measure the temperature inside chemical reactors.
3. Temperature Measurement in Glass Processing: In glass processing and production, ceramic thermocouple protection tubes can be used to measure temperatures such as the melting temperature and quenching temperature of glass.
4. Temperature Measurement in the Power Industry: In the power industry, ceramic thermocouple protection tubes can be used to measure the temperature of equipment such as high-voltage cables, transformers, and electric motors.
Size
Protection tube(closed one end) (slip casting) Specification Table
How to Use the Protection Tube
Select a suitable ceramic thermocouple protection tube and ensure it is compatible with the thermocouple.
Insert the thermocouple into the protection tube, making sure there is good contact between the thermocouple and the protection tube.
Install the protection tube in the location where temperature measurement is required, such as high-temperature furnaces, sintering furnaces, chemical reactors, etc.
Measure the temperature via the thermocouple, where the protection tube serves to protect and stabilize the thermocouple.
Equipment/Process
Slip casting moulding: Inject the prepared slurry into the gypsum mold and let it stand for a period of time to allow the gypsum mold to absorb moisture. The slurry forms a uniform body on the inner wall of the mold.
Isostatic pressing: During the isostatic pressing procedure, binders are blended with the ceramic powder. As a result of this process, the powder transforms into freely flowing granules that can effortlessly fill the molds.
Extrusion moulding: Suitable for long tube products, the powder is extruded into shape through an extruder.
Factory Certification
